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Item # DVK-PRM121, 2.4 GHz Wireless Module - LT2510



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Wireless-LT2510

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LT2510 Developer Kit, Pluggable, 3.3V TTL Serial, 100mW, Chip Antenna

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Specifications · Wireless Specification · Host Interface · Power Consumption · Physical · Features · Markets · Flexible RF Protocol · RF Protocol Modes · Interface Protocol · Security

Specifications

Antenna

Integrated chip antenna

Interface

UART

Frequency

2400-2483.5 MHz

Wireless Specification

RF Data Rate

280 / 500 Kbps

Variable Conducted Output Power

+11 to +21 dBm

Channels

53 / 79

Sensitivity (BER 10-6)

-94dBM at 500kbps RF data rate,
-99dbm at 280kbps RF data rate dBm

Indoor Range

400 m

Outdoor Range

4 km

Host Interface

Serial Interface Options

3.3V TTL

Serial Interface Data Rate

Up to 230,400 Baud

Power Consumption

Power Consumption (Tx)

<190 mA

Power Consumption (Average Rx)

<12 mA

Power Consumption (Hibernate)

<0.05 µA

Voltage (DC)

3.3 V

Physical

Temperature

-40 to +85 ºC

Dimensions

26 x 40 x 5 mm

Features
  • Very robust in the presence of interference
  • High throughput
  • Ultra-low power consumption
  • Long range capability
  • Pluggable
  • Global acceptance
  • Integrated battery monitor, temperature sensor, GPIOsand ADC
  • Simple integration

Markets
  • Commercial Buildings
  • Field Surveillance
  • Utility Management
  • Recreation
  • Fleet Telemetry

Flexible RF Protocol
Embedded into Laird Technologies’ 900MHz and 2.4GHz FHSS modules,FlexRF technology supports unrivaled flexibility in industrial wireless applications. OEMs have the ability to control and optimize both the radio module and the network, allowing them to develop a highly reliable system for their specific application.

Numerous “software hooks” empower, control, and provide flexibility. They allow designers to mold the communication link around applications, as opposed to squeezing the application into a fixed communication technology or standard. Each transceiver is designed to provide OEMs with a feature-rich, high-performance, configurable, secure, compatible, integrated solution, allowing OEMs to build the most optimized network possible.

RF Protocol Modes
  1. Communication
    • Unicast (one-to-one addressing)
    • Broadcast (one-to-multiple addressing)
  • Fast sync time
  • Random back-off
  • Dynamic radio data table:
    Retains data from up to 32 radio modules
  • Configurable retries
  • Auto channel



    		•

    Interface Protocol
    1. On-the-fly radio module configuration:
      • Full API control
      • Destination address
      • RF transmit power
      • RF channel
      • Broadcast/addressed
    2. Raw data or transmit/receive API
    3. Battery monitor
    4. A/D, PWM Output and Generic I/Os
    5. Variable baud rate
    6. Configurable RF packet size,timeout control
    7. Onboard temperature sensor
    8. Handshaking, CTS/RTS
    9. In-range indicator
    10. Error detection, onboard CRC, duplicate packet filtering

    Security
    1. Frequency hopping air interface
    2. System IDs
    3. Unique IEEE MAC Addresses
    4. Proprietary hardware
    5. Proprietary protocol

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